12...Science is great; great learning is great; truth is great; but a greater than all is to know how
to be happy. You shall not put me away saying: All the earth is sin. I will not have it. For if you do not benefit in Jehovih's
Person (that which is seen), how can you attain His Spirit (that which is unseen)? For are the two: His Person and His Spirit,
not the All One?13. Teach yourself to be happy; and to perfect yourself in the way Jehovih has created you.- Oahspe
Book Of Knowledge Part 2

An Astronomer in 1997 said "The OAHSPE
author has described the interaction of presumably the solar vortex with planetary or cometary vortices and deduced correctly what the effect of solar emanations on a diffuse
spherical structure would be."

John Ballou Newbrough in Oahspe (1881)
drew a picture (shown above on the right) of the Earth's magnetosphere
(vortex) and the solar wind (Sun's vortex) 77 years before they were discovered.Newbrough correctly pictured the cone-shaped magnetosphere of the earth with the wide end of the
cone pointing away from the sun and the narrow end closest to the sun.-Magnetosphere chronology1958 - Explorer 1, built by Van Allen and his
Iowa group and launched by the US January 31, observes the radiation belt. Explorer 3, launched in March, comes up with
the first clear evidence for its existence.1958 - Eugene Parker (Chicago) proposes the theory of the
solar wind.1959 - Thomas Gold proposes the name "Magnetosphere".1961 - The magnetopause, boundary between magnetosphere and the solar wind,
is observed by Explorer 12. The measurements confirm predictions
made in 1931 by Chapman and Ferraro.1964
- IMP-1 (Interplanetary Monitoring Platform 1) reports a large bow shock formed in the solar wind ahead of the magnetosphere,
and a long magnetic tail on the night side of the Earth.https://en.wikipedia.org/wiki/Magnetosphere_chronologyFrom the book EXPLORING THE UPPER ATMOSPHERE by Richard A. Craig copyright 1968 pages 136-137 says "...our
understanding of the magnetosphere is very limited because
only the far-ranging space probes can study it. A vast amount of work remains to be done."On page
72 of AURORA BOREALIS THE AMAZING NORTHERN LIGHTS copyright 1979 by S.I. Akasofu it says "Professor Sydney Chapman, a physicist who, with his colleague, Vincenzo Ferraro, was
the FIRST to THEORIZE the formation of the MAGNETOSPHERE in 1931."

Above images
of Neptune's magnetosphere (vortex) with the sun to the left (instead of to the right) shows the diagonal tilt of the magnetic field from southwest (closest to
sun) to northeast (farthest from sun).John Newbrough's
drawing in 1881 closely matches data gathered by NASA's Voyager 2 probe in 1989 as it flew through Neptune's
magnetic field (this was 108 years after Oahspe was written).-Tilted magnetic fieldsThe magnetic fields of Uranus and Neptune.... useful as a picture of what the external field looks like...https://ase.tufts.edu/cosmos/print_images.asp?id=3"You can't take a picture of the magnetosphere,
the 'bubble' that the planet's magnetic field carves in the solar wind, because it's invisible to the naked eye
— everything is derived from the local measurements that the spacecraft made as it flew through," Jonathan Eastwood,
a physicist and space scientist at Imperial College London, told Space.com.Researchers reconstructed the distant planet's magnetic field by combining data gathered by NASA's Voyager 2 probe
in 1989 with a new model that was originally built to describe how plasma acts in the lab. The new results
paint a picture of a field continuously in flux, tilted and bubbling out to one side, http://www.space.com/29875-neptune-strange-magnetic-field-video.htmlHow could Newbrough have known that Neptune's magnetosphere
was titlted like that when planetary magnetospheres were not discovered until after the space age, the magnetosphere was invisible to the eye, and there were
no spacecraft in the 1880s to fly to Neptune to gather data??

Oahspe had a drawing of Jupiter's cone-shaped magnetosphere in 1881, Jupiter's magnetospere wasn't
discovered until 1957, 76 years AFTER Oahspe was typed.

There are 6 magnetized planets in our solar system that have magnetospheres, mercury, earth,
saturn, jupiter, uranus, neptune. Oahspe showed a picture of all of them except mercury [which may have been too small
and too near the Sun to show in the picture in plate 47 -TOW-SANG.]OAHSPE correctly showed the cone-shape of
the planets' magnetospheres 85 years before they were discovered by space probes.

See Oahspe Plate 47 Tow Sang above (shows Uranus magnetic field twisted to a pointed screw shape, and
tilted at a strange angle {60 degrees?}). Oahspe Plate 47 Tow Sang was drawn 105 years BEFORE Voyager 2 collected
data from Uranus. Voyager 2 mission. That encounter took place on January 24, 1986. Nearly
everything we know about Uranus was learned at this time.Uranus is different from any other planet in the Solar
System in that its axis of rotation is tilted 98 degrees. Another strange fact about Uranus is that its magnetic field is tilted at a 60-degree angle to its axis of rotation. This angle is only 12 degrees on Earth. An interesting effect of Uranus' sideways tilt is that
the tail of the planet's
magnetic field is twisted like a corkscrew. Voyager 2 also discovered
that Uranus has a magnetic field. It is
tilted 60 degrees from the planet's rotational axis, and is about the same intensity as the magnetic field on Earth. The magnetic field on Earth and the other terrestrial
planets is probably caused by electrical currents produced in the planets' molten core. Since Uranus has no molten core, astronomers are not sure what is responsible for creating the magnetic field. http://www.seasky.org/solar-system/uranus.html

Above magnified view of the Uranus magnetosphere drawn by John Ballou Newbrough in 1881 showing the
pointed corkscrew tail and opposite wide end and
the diagonal twisting lines that differ from the
solar system almost vertical rotational lines. Notice the corkscrew has a pointed tail, diagonal lines of twist and wide opposite end like the magnetic field of Uranus.

OAHSPE Book of Cosmogony and Prophecy III:11 "As light, and heat, and magnetism, and electricity,
are all one and the same thing, which are the manifestation of vortexian currents under different conditions"

See Plate 47 Tow Sang of Oahspe, it shows no tilt to magnetic (vortexian) field of Saturn (only
planet in plate 47 Tow Sang with no tilt). Saturn's very axisymmetric magnetic field: No detectable
secular variation or tilt. Saturn is the only planet in the solar system whose observed magnetic field is
highly axisymmetric. At least a small deviation from perfect symmetry is required for a dynamo-generated magnetic
field. Analyzing more than six years of magnetometer data obtained by Cassini close to the planet, we show
that Saturn's observed field is much more axisymmetric than previously thought. We invert the magnetometer observations that
were obtained in the “current-free” inner magnetosphere for an internal model, varying the assumed
unknown rotation rate of Saturn's deep interior. No unambiguous non-axially symmetric magnetic moment is detected, with a
new upper bound on the dipole tilt of 0.06°. An axisymmetric internal model with Schmidt-normalized spherical
harmonic coefficients g10 = 21,191 ± 24 nT, g20 = 1586 ± 7 nT. g30 = 2374 ± 47 nT is derived from these
measurements, the upper bounds on the axial degree 4 and 5 terms are 720 nT and 3200 nT respectively. The secular variation
for the last 30 years is within the probable error of each term from degree 1 to 3, and the upper bounds are an order of magnitude
smaller than in similar terrestrial terms for degrees 1 and 2. Differentially rotating conducting stable layers above Saturn's
dynamo region have been proposed to symmetrize the magnetic field (Stevenson, 1982). The new upper bound on the dipole tilt
implies that this stable layer must have a thickness L >= 4000 km, and this thickness is consistent with our weak secular
variation observations.Fig. 1. Cassini's magnetometer measurements of three magnetic field componentsResearch
Highlights? No unambiguous intrinsic non-axisymmetric magnetic moment is detected for Saturn. ? The upper limit on the dipole
tilt of Saturn is 0.06°. ? The secular variation for the past 30 years is within the probable errors. ? Reinforcing the
assumption that the dynamo is hidden below a thick stable layer.http://www.sciencedirect.com/science/article/pii/S0012821X11001142-Magnetic FieldWhile Saturn does generate radio waves, these waves are not strong
enough to be detected on Earth. Thus until Pioneer 11 reached Saturn
in 1979 it was not known whether Saturn had an intrinsic magnetic field.The passage of Pioneer 11 within 1.4 Saturn radii of the center of the planet was soon replicated
by Voyager I in 1980, passing within 3.1 Rs, and Voyager 2 in 1981, passing within 2.7 Rs. These spacecraft found its magnetic field quite unlike that at any other planet. To the accuracy that could
be obtained,there was no tilt to the rotation
axis and the interior magnetic field was perfectly axisymmetric.http://www-ssc.igpp.ucla.edu/personnel/russell/papers/sat_mag.html

It wasn't until 1979 that scientist discovered that Saturn had a magnetic field and that its magnetic field was unlike
that at any other planet, there was no tilt to the rotation axis.In 1881 98 years before scientist discovered saturn's magnetic field with no tilt, John Ballou Newbrough
had drawn a picture of the magnetic field (vortex) of saturn with no tilt, Newbrough
drew the magnetic fields of 5 planets in the solar-system, Saturn
was the only one he drew that had no tilt (as can be seen on the Tow'-Sang plate) and more than 98 years later scientist
have discovered that Saturn is the only planet in the solar
system with a magnetic field with no tilt just as Newbrough had drawn, but man did not have the technology
to know that about saturn in 1881.

Above Saturnis little more than 10 degrees angle for straight (same as solar system, no tilt).

NASA’s IBEX Provides First View Of the Solar System’s TailJuly 10, 2013It has long been assumed that our solar system, like a comet,
has a tail. Just as any object moving through another medium – for example, a meteor traveling through
Earth’s atmosphere – causes the particles to form a stream trailing off behind it. But the tail of our solar bubble,
called the heliosphere, has never actually been observed, until now.NASA’s Interstellar Boundary Explorer, or IBEX, has mapped the boundaries of the tail of the
heliosphere, something that has never before been possible.
Scientists describe this tail, called the heliotail, in detail in a paper
published on July 10, 2013, in The Astrophysical Journal. By
combining observations from the first three years of IBEX imagery,
the team mapped out a tail that shows a combination of fast and slow moving particles. There are two lobes of slower particles
on the sides, faster particles above and below, with the entire
structure twisted, as it experiences the pushing and pulling of magnetic fields outside the solar system.http://www.nasa.gov/content/nasa-s-ibex-provides-first-view-of-the-solar-system-s-tail/#.UegJodIsnB8A long twisted tail like a snake or serpent.

Other stars show tails that trail behind them like a comet’s tail. Scientists used NASA’s
Interstellar Boundary Explorer to confirm that our solar system has one too. From top left and going counter clockwise, the
stars shown are: LLOrionis; BZ Cam; and Mira. Image Credit: NASA/HST/R.Casalegno/GALEX

“The tail is our footprint on the galaxy, and it’s
exciting that we’re starting to understand the structure
of it,” said Christian. “The next step is to incorporate these observations into our models and
start the process of really understanding our heliopshere.” - Eric Christian, IBEX mission scientist at NASA’s
Goddard Space Flight Center in Greenbelt, Md.

“The tail is our footprint
on the galaxy", PESTA = footprint, footstep;
track, trails.YA-LA-PESTA.[change-war table of times and measurements]
Table at the end of Chapter VII:18 of Cosmogony and Prophecy in Oahspe.YA-LA-PESTA.The meaning of the name Ya
is 'Graceful'The meaning of the name La is 'Sun'Italian To English - pesta n. footprint, footstep; track, trails,OAHSPE Plate 48.--THE CYCLIC COIL.... in the coil of the cycle, behold
the distances are two thirds of a circle.Coil /koil/ synonyms: wind, loop,
twist,
curl, curve, bend, twine, entwine.

A volumetric display device is a graphical display device that forms a visual representation of an
object in three physical dimensions, as opposed to the planar image of traditional screens that simulate depth through a number
of different visual effects. One definition offered by pioneers in the field is that volumetric displays create 3D imagery
via the emission, scattering, or relaying of illumination from well-defined regions in (x,y,z) space. Though there is no consensus
among researchers in the field, it may be reasonable to admit holographic and highly multiview displays to the volumetric
display family if they do a reasonable job of projecting a three-dimensional light field within a volume.Most, if not
all, volumetric 3D displays are either autostereoscopic or automultiscopic; that is, they create 3D imagery visible to the
unaided eyeVolumetric 3D displays embody just one family of 3D displays in general. Other types of 3D displays are:
stereograms / stereoscopes, view-sequential displays, electro-holographic displays, parallax "two view" displays
and parallax panoramagrams (which are typically spatially multiplexed systems such as lenticular-sheet displays and parallax
barrier displays), re-imaging systems, and others.Although first postulated in 1912, and a staple of science fiction,
volumetric displays are still under development, and have yet to reach the general population. With a variety of systems proposed
and in use in small quantities — mostly in academia and various research labs — volumetric displays remain accessible
only to academics, corporations, and the military.Many different attempts have been made to produce volumetric imaging
devices.[1] There is no officially accepted "taxonomy" of the variety of volumetric displays, an issue which is
complicated by the many permutations of their characteristics. For example, illumination within a volumetric display can either
reach the eye directly from the source or via an intermediate surface such as a mirror or glass; likewise, this surface, which
need not be tangible, can undergo motion such as oscillation or rotation.http://en.wikipedia.org/wiki/Volumetric_display

Oahspe Book of Fragapatti, Son of Jehovih: Chapter XXI:1. ...in order to witness the games
and tournaments, which were so far maintained by a great expenditure of labor on the part of the ethereans, for teaching by
subjective illustrations. Jehovih said:2. As mortal children can be taught by objective illustration, so have I created
My es worlds capable of a similar process subjectively. My rules are not man's rules; nor are My worlds illustrated as man
illustrateth. Behold My rainbow, which is a subjective illustration to mortals of a bow without the substance of a bow. But
man bendeth a stick, and saith: Behold, a bow! And he holdeth it in his hand; but Mine he cannot touch.7. And I sent
My Gods and My Lords, saying to them...8. And ye shall create mirrors and lenses, and optical illusions and delusions,
and provide games and entertainments for them, so that their understanding may be opened up for the glory of My kingdoms.16. ...so have I given to My exalted angels power to take the spirit of a fish, or of an animal, suddenly dead, and reclothe
it with the semblance of a body, for a season; but yet it is only a subjective existence...Even so, also, but in less degree,
created I the trees, the grass, the moss, and all vegetable things that grow on the face of the earth. And I gave to My exalted
angels power to take the spirit out of a tree, or a bush, or a plant, and to carry it away and reclothe it with corporeal
substance. But to My exalted Gods I gave power to do the same things, not with one plant only, but with whole forests, and
with animals, and fishes, and serpents. And when they do these things in atmospherea, they are called subjective heavens.

Book of Fragapatti, Son of Jehovih: Chapter XIX:24. And thy Lords shall provide for the lowest, and for the
second lowest plateaux, subjective entertainments, subjective teachings and subjective things in general. Neither shall there
be anything real on these two plateaux, save the inhabitants and their food, and the mirrors and lenses, and machinery for
producing subjectives.25. And the lower plateau, being on the earth, shall be provided as a mirage, having everything
spiritual in appearance, as they are corporeally on the earth. And it shall be provided with forests and lakes and rivers,
and with all manner of animals and birds and fish, and of whatsoever is suitable food for mortals.

566
These days, circa 150 ak, we may think of this type of production as similar to creating virtual realities, using such things
as projected realities (environments, images, holograms, tangible and otherwise, etc), production equipment, and the like.
Mortals experiencing films, television, internet, holograms, music recordings, etc., are all corporeal examples of subjective
encounters.http://oahspestandardedition.com/OSE_20b.html

Volume, Corpor, length-breadth-thickness, 3D, Volumetric 3D disply, mirrors and lenses, and optical
illusions, subjective entertainments, subjective teachings, academics,Corpor: Whatever has length, breadth and thick­ness
[3D], and is perceptible to corporeal sight, hearing [volumetric 3D display]... Oahspe in 1881 described a volumetric
3D display 31 years BEFORE they were first postulated in 1912.